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FileIO.cpp
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#include "FileIO.h"
#include "IntroEditorEffects.h"
#include <stdio.h>
#include "ChunkHeaders.h"
#include "GuiInterface.h"
#include "AseParser.h"
ITEMLIST *FileList=NULL;
cINTERFACE *Import;
cINTERFACE *StatusBar2;
float UndoStatus2;
char *LastFileName;
int texcnt=0;
int texops[100];
int GuiDrawTimer;
void GUIReDraw()
{
int tim=timeGetTime();
if (tim-GuiDrawTimer>100)
{
if (Done) exit(0);
GuiDrawTimer=tim;
if (PeekMessage(&msg,NULL,0,0,PM_REMOVE))
{
TranslateMessage(&msg);
DispatchMessage(&msg);
}
else
{
glClear(0x4100);
glColor4f(highblue);
rectangle(-1,35,1025,35);
glColor4f(1,1,1,1);
MainGUI.DrawGUI();
SwapBuffers(hDC);
}
}
}
char *ReadASCIIZ(FILE *f)
{
char *String=new char[256];
memset(String,0,256);
char c;
c=1;
for (int y=0; c!=0; y++)
{
fread(&c,1,1,f);
String[y]=c;
}
return String;
}
void __stdcall GUI_GetFileList(cINTERFACE* Interface, int ButtonId)
{
for (int x=0; x<Interface->ItemNum; x++) Interface->ItemList[x].ButtonPushed=false;
Interface->ItemList[ButtonId].ButtonPushed=true;
Interface->SetActiveBranch(ButtonId);
if (Interface->ItemList[ButtonId].ToolTip) LastClickedToolTip=Interface->ItemList[ButtonId].ToolTip;
//TextureFileList=new ITEMLIST();
FileList->Last=NULL;
FileList->List=NULL;
FileList->ItemNum=0;
// kill old list...
SetupFileList(FileList,ProjectMsk);
Interface->ItemList[ButtonId].ItemNum=FileList->ItemNum;
}
void SaveTextureChunk(FILE *f, TEXTURE *t)
{
int size=8+strlen(t->Name)+1+4;
int x;
for (x=0; x<t->CommandNumber; x++)
{
size+=7;
switch (t->Commands[x].Filter)
{
case TEXGEN_Envmap: size+=sizeof(ENVMAPTEMPLATE); break;
case TEXGEN_Plasma: size+=sizeof(PLASMATEMPLATE); break;
case TEXGEN_Map: size+=sizeof(MAPTEMPLATE); break;
case TEXGEN_Blur: size+=sizeof(BLURTEMPLATE); break;
case TEXGEN_DirBlur: size+=sizeof(DIRBLURTEMPLATE); break;
case TEXGEN_Text: size+=sizeof(TEXTTEMPLATE)-4; size+=strlen(((TEXTTEMPLATE*)t->Commands[x].data)->Text)+1; break;
case TEXGEN_SubPlasma: size+=sizeof(SUBPLASMATEMPLATE); break;
case TEXGEN_FractalPlasma: size+=sizeof(FRACTALPLASMATEMPLATE); break;
case TEXGEN_FractalPlasmaOld: size+=sizeof(FRACTALPLASMAOLDTEMPLATE); break;
case TEXGEN_Colorize: size+=sizeof(COLORIZETEMPLATE); break;
case TEXGEN_Shade: size+=sizeof(SHADETEMPLATE); break;
case TEXGEN_Brightness: size+=sizeof(BRIGHTNESSTEMPLATE); break;
case TEXGEN_Copy: size+=sizeof(COPYTEMPLATE); break;
case TEXGEN_Cells: size+=sizeof(CELLSTEMPLATE); break;
case TEXGEN_Twirl: size+=sizeof(TWIRLTEMPLATE); break;
case TEXGEN_SineDist: size+=sizeof(SINEDISTTEMPLATE); break;
case TEXGEN_Mix: size+=sizeof(MIXTEMPLATE); break;
case TEXGEN_MixMap: size+=sizeof(MIXMAPTEMPLATE); break;
case TEXGEN_Scale: size+=sizeof(SCALETEMPLATE); break;
case TEXGEN_SineColor: size+=sizeof(SINECOLORTEMPLATE); break;
case TEXGEN_Max: size+=sizeof(MAXTEMPLATE); break;
case TEXGEN_HSV: size+=sizeof(HSVTEMPLATE); break;
case TEXGEN_Glass: size+=sizeof(GLASSTEMPLATE); break;
case TEXGEN_Pixelize: size+=sizeof(PIXELIZETEMPLATE); break;
case TEXGEN_Offset: size+=sizeof(OFFSETTEMPLATE); break;
case TEXGEN_Crystalize: size+=sizeof(CRYSTALIZETEMPLATE); break;
case TEXGEN_Rectangle: size+=sizeof(RECTANGLETEMPLATE); break;
case TEXGEN_Circle: size+=sizeof(CIRCLETEMPLATE); break;
case TEXGEN_Contrast: size+=sizeof(CONTRASTTEMPLATE); break;
case TEXGEN_MakeMaterial: size+=sizeof(MAKEMATERIALTEMPLATE)-4; size+=strlen(((MAKEMATERIALTEMPLATE*)t->Commands[x].data)->Name)+1; break;
case TEXGEN_Gradient: size+=sizeof(GRADIENTTEMPLATE); break;
case TEXGEN_Rotozoom: size+=sizeof(ROTOZOOMTEMPLATE); break;
case TEXGEN_ChamferRectangle: size+=sizeof(CHAMFERRECTANGLETEMPLATE); break;
case TEXGEN_Dots: size+=sizeof(DOTSTEMPLATE); break;
case TEXGEN_Jpeg: size+=4+((JPEGDATA*)t->Commands[x].data)->DataSize; break;
}
}
int i=TEX1;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(t->Name,1,strlen(t->Name),f);
fprintf(f,"%c",0);
fwrite(&t->Id,4,1,f);
fwrite(&t->OXRes,4,1,f);
fwrite(&t->CommandNumber,4,1,f);
for (x=0; x<t->CommandNumber; x++)
{
fwrite(&t->Commands[x].Filter,1,1,f); // 4 bit
fwrite(&t->Commands[x].Layer,1,1,f); // 4 bit
fwrite(&t->Commands[x].Operator,1,1,f); //2 bit
fwrite(&t->Commands[x].OperatorMask,4,1,f); //4 bit
switch (t->Commands[x].Filter)
{
case TEXGEN_Envmap:
fwrite(t->Commands[x].data,1,sizeof(ENVMAPTEMPLATE),f);
break;
case TEXGEN_Plasma:
fwrite(t->Commands[x].data,1,sizeof(PLASMATEMPLATE),f);
break;
case TEXGEN_Map:
fwrite(t->Commands[x].data,1,sizeof(MAPTEMPLATE),f);
break;
case TEXGEN_Blur:
fwrite(t->Commands[x].data,1,sizeof(BLURTEMPLATE),f);
break;
case TEXGEN_DirBlur:
fwrite(t->Commands[x].data,1,sizeof(DIRBLURTEMPLATE),f);
break;
case TEXGEN_Text:
fwrite(t->Commands[x].data,1,sizeof(TEXTTEMPLATE)-4,f);
fwrite(((TEXTTEMPLATE*)t->Commands[x].data)->Text,1,strlen(((TEXTTEMPLATE*)t->Commands[x].data)->Text),f);
fprintf(f,"%c",0);
break;
case TEXGEN_SubPlasma:
fwrite(t->Commands[x].data,1,sizeof(SUBPLASMATEMPLATE),f);
break;
case TEXGEN_FractalPlasma:
fwrite(t->Commands[x].data,1,sizeof(FRACTALPLASMATEMPLATE),f);
break;
case TEXGEN_FractalPlasmaOld:
fwrite(t->Commands[x].data,1,sizeof(FRACTALPLASMAOLDTEMPLATE),f);
break;
case TEXGEN_Colorize:
fwrite(t->Commands[x].data,1,sizeof(COLORIZETEMPLATE),f);
break;
case TEXGEN_Shade:
fwrite(t->Commands[x].data,1,sizeof(SHADETEMPLATE),f);
break;
case TEXGEN_Brightness:
fwrite(t->Commands[x].data,1,sizeof(BRIGHTNESSTEMPLATE),f);
break;
case TEXGEN_Copy:
fwrite(t->Commands[x].data,1,sizeof(COPYTEMPLATE),f);
break;
case TEXGEN_Cells:
fwrite(t->Commands[x].data,1,sizeof(CELLSTEMPLATE),f);
break;
case TEXGEN_Twirl:
fwrite(t->Commands[x].data,1,sizeof(TWIRLTEMPLATE),f);
break;
case TEXGEN_SineDist:
fwrite(t->Commands[x].data,1,sizeof(SINEDISTTEMPLATE),f);
break;
case TEXGEN_Mix:
fwrite(t->Commands[x].data,1,sizeof(MIXTEMPLATE),f);
break;
case TEXGEN_MixMap:
fwrite(t->Commands[x].data,1,sizeof(MIXMAPTEMPLATE),f);
break;
case TEXGEN_Scale:
fwrite(t->Commands[x].data,1,sizeof(SCALETEMPLATE),f);
break;
case TEXGEN_SineColor:
fwrite(t->Commands[x].data,1,sizeof(SINECOLORTEMPLATE),f);
break;
case TEXGEN_Max:
fwrite(t->Commands[x].data,1,sizeof(MAXTEMPLATE),f);
break;
case TEXGEN_HSV:
fwrite(t->Commands[x].data,1,sizeof(HSVTEMPLATE),f);
break;
case TEXGEN_Glass:
fwrite(t->Commands[x].data,1,sizeof(GLASSTEMPLATE),f);
break;
case TEXGEN_Pixelize:
fwrite(t->Commands[x].data,1,sizeof(PIXELIZETEMPLATE),f);
break;
case TEXGEN_Offset:
fwrite(t->Commands[x].data,1,sizeof(OFFSETTEMPLATE),f);
break;
case TEXGEN_Crystalize:
fwrite(t->Commands[x].data,1,sizeof(CRYSTALIZETEMPLATE),f);
break;
case TEXGEN_Rectangle:
fwrite(t->Commands[x].data,1,sizeof(RECTANGLETEMPLATE),f);
break;
case TEXGEN_Circle:
fwrite(t->Commands[x].data,1,sizeof(CIRCLETEMPLATE),f);
break;
case TEXGEN_Contrast:
fwrite(t->Commands[x].data,1,sizeof(CONTRASTTEMPLATE),f);
break;
case TEXGEN_MakeMaterial:
fwrite(t->Commands[x].data,1,sizeof(MAKEMATERIALTEMPLATE)-4,f);
fwrite(((MAKEMATERIALTEMPLATE*)t->Commands[x].data)->Name,1,strlen(((MAKEMATERIALTEMPLATE*)t->Commands[x].data)->Name),f);
fprintf(f,"%c",0);
break;
case TEXGEN_Gradient:
fwrite(t->Commands[x].data,1,sizeof(GRADIENTTEMPLATE),f);
break;
case TEXGEN_Rotozoom:
fwrite(t->Commands[x].data,1,sizeof(ROTOZOOMTEMPLATE),f);
break;
case TEXGEN_ChamferRectangle:
fwrite(t->Commands[x].data,1,sizeof(CHAMFERRECTANGLETEMPLATE),f);
break;
case TEXGEN_Dots:
fwrite(t->Commands[x].data,1,sizeof(DOTSTEMPLATE),f);
break;
case TEXGEN_Jpeg: {
JPEGTEMPLATE *a=(JPEGTEMPLATE*)t->Commands[x].data;
fwrite(&a->JPEGDataSize,1,4,f);
fwrite(a->JPEGData,1,a->JPEGDataSize,f);
break; }
}
}
}
void SavePolySelectChunk(FILE *f, ITEM *it)
{
int size=strlen(it->Name)+1+4;
int i=PLS0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(it->Name,1,strlen(it->Name),f);
fprintf(f,"%c",0);
fwrite(&it->ID,1,4,f);
}
void SaveVertexSelectChunk(FILE *f, ITEM *it)
{
int size=strlen(it->Name)+1+4;
int i=VXS0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(it->Name,1,strlen(it->Name),f);
fprintf(f,"%c",0);
fwrite(&it->ID,1,4,f);
}
void SaveBrushChunk(FILE *f, ITEM *it)
{
int size=strlen(it->Name)+1+sizeof(PVSelect);
int i=BRS0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(it->Name,1,strlen(it->Name),f);
fprintf(f,"%c",0);
fwrite(it->Data,sizeof(PVSelect),1,f);
}
void SaveSceneChunk(FILE *f, SCENE *s)
{
int size=strlen(s->Name)+1+sizeof(CAMERA)-16+sizeof(RGBA)+8*sizeof(LIGHT)+4+1;
int i=SCN1;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(s->Name,1,strlen(s->Name),f);
fprintf(f,"%c",0);
fwrite(&s->ID,1,4,f);
fwrite(&s->Camera,1,sizeof(CAMERA)-16,f);
fwrite(&s->Fog,1,sizeof(RGBA),f);
fwrite(s->Lights,8,sizeof(LIGHT),f);
fwrite(&s->ColorDiscard,1,1,f);
}
void SaveObjectChunk(FILE *f, OBJECT *o)
{
int size=strlen(o->ListItem->Name)+1+1+4+1+sizeof(MATRIX)+1+1+1+6+2*sizeof(float)+2*sizeof(GLuint)+sizeof(RGBA)+8+8+5*4+2+4+2;
if (o->Primitive==aDDict_STORED) size+=1+8+o->VertexNum*(sizeof(VECTOR3)*2+sizeof(VECTOR2))+o->PolygonNum*(12+sizeof(VECTOR3)+sizeof(VECTOR2)*3);
if (o->Primitive==aDDict_SUPERSHAPE) size+=sizeof(SUPERSHAPE);
if (o->Primitive==aDDict_STORED && o->PerVertexColor) size+=o->VertexNum*4;
int i=OBJ5;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(o->ListItem->Name,1,strlen(o->ListItem->Name),f);
fprintf(f,"%c",0);
fwrite(&o->ListItem->Selected,1,1,f);
fwrite(&o->ID,4,1,f);
fwrite(&o->Param1,4,1,f);
fwrite(&o->Param2,4,1,f);
fwrite(&o->Param3,4,1,f);
fwrite(&o->Param4,4,1,f);
fwrite(&o->Param5,4,1,f);
fwrite(&o->Primitive,1,1,f);
if (o->Primitive==aDDict_STORED)
{
fwrite(&o->PerVertexColor,1,1,f);
fwrite(&o->VertexNum,4,1,f);
int x;
for (x=0; x<o->VertexNum; x++)
{
fwrite(&(o->VertexList[x].Position),sizeof(VECTOR3),1,f);
fwrite(&(o->VertexList[x].CurrentNormal),sizeof(VECTOR3),1,f);
fwrite(&(o->VertexList[x].TextureCoordinate),sizeof(VECTOR2),1,f);
if (o->PerVertexColor)
fwrite(&o->VertexList[x].Color,4,1,f);
}
fwrite(&o->PolygonNum,4,1,f);
for (x=0; x<o->PolygonNum; x++)
{
fwrite(&o->PolygonList[x].v1,4,1,f);
fwrite(&o->PolygonList[x].v2,4,1,f);
fwrite(&o->PolygonList[x].v3,4,1,f);
fwrite(&o->PolygonList[x].CurrentNormal,sizeof(VECTOR3),1,f);
fwrite(&o->PolygonList[x].t[0],sizeof(VECTOR2),1,f);
fwrite(&o->PolygonList[x].t[1],sizeof(VECTOR2),1,f);
fwrite(&o->PolygonList[x].t[2],sizeof(VECTOR2),1,f);
}
}
fwrite(o->ModelView,1,sizeof(MATRIX),f);
fwrite(&o->Wireframe,1,1,f);
fwrite(&o->Textured,1,1,f);
fwrite(&o->EnvMapped,1,1,f);
fwrite(&o->NormalsInverted,1,1,f);
fwrite(&o->Xtile,1,1,f);
fwrite(&o->Ytile,1,1,f);
fwrite(&o->XSwap,1,1,f);
fwrite(&o->YSwap,1,1,f);
fwrite(&o->Swap,1,1,f);
fwrite(&o->OffsetX,4,1,f);
fwrite(&o->OffsetY,4,1,f);
fwrite(&o->SRCBlend,sizeof(GLuint),1,f);
fwrite(&o->DSTBlend,sizeof(GLuint),1,f);
fwrite(&o->Color,1,sizeof(RGBA),f);
if (o->Textured)
{
fwrite(&o->Material->TextureID,4,1,f);
fwrite(&o->Material->SlotNumber,4,1,f);
}
else
{
int i=-1;
fwrite(&i,4,1,f);
fwrite(&i,4,1,f);
}
if (o->EnvMapped)
{
fwrite(&o->EnvMap->TextureID,4,1,f);
fwrite(&o->EnvMap->SlotNumber,4,1,f);
}
else
{
int i=-1;
fwrite(&i,4,1,f);
fwrite(&i,4,1,f);
}
fwrite(&o->ZMask,1,1,f);
fwrite(&o->AEpsilon,1,1,f);
fwrite(&o->Shading,4,1,f);
fwrite(&o->Backface,1,1,f);
fwrite(&o->Backfront,1,1,f);
if (o->Primitive==aDDict_SUPERSHAPE) fwrite((SUPERSHAPE*)o->Param1,sizeof(SUPERSHAPE),1,f);
}
void SaveMapxform(FILE *f, OBJECT *o)
{
int size=strlen(o->ListItem->Name)+1+1+4+5*4+1+sizeof(MATRIX)+5+4*2+4*2+4+1+1;
int i=MAP0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(o->ListItem->Name,1,strlen(o->ListItem->Name),f);
fprintf(f,"%c",0);
fwrite(&o->ListItem->Selected,1,1,f);
fwrite(&o->ID,4,1,f);
fwrite(&o->Param1,4,1,f);
fwrite(&o->Param2,4,1,f);
fwrite(&o->Param3,4,1,f);
fwrite(&o->Param4,4,1,f);
fwrite(&o->Param5,4,1,f);
fwrite(&o->Primitive,1,1,f);
fwrite(o->ModelView,1,sizeof(MATRIX),f);
fwrite(&o->Xtile,1,1,f);
fwrite(&o->Ytile,1,1,f);
fwrite(&o->XSwap,1,1,f);
fwrite(&o->YSwap,1,1,f);
fwrite(&o->Swap,1,1,f);
fwrite(&o->OffsetX,4,1,f);
fwrite(&o->OffsetY,4,1,f);
if (o->Material)
{
fwrite(&o->Material->TextureID,4,1,f);
fwrite(&o->Material->SlotNumber,4,1,f);
}
else
{
int i=-1;
fwrite(&i,4,1,f);
fwrite(&i,4,1,f);
}
fwrite(&o->TargetObjectID,4,1,f);
fwrite(&o->MapXformType,1,1,f);
fwrite(&o->MapXformColor,1,1,f);
}
void SaveMeshSmooth(FILE *f, OBJECT *o)
{
int size=strlen(o->ListItem->Name)+1+1+4+1+4+4+1;
int i=MSH1;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(o->ListItem->Name,1,strlen(o->ListItem->Name),f);
fprintf(f,"%c",0);
fwrite(&o->Primitive,1,1,f);
fwrite(&o->ListItem->Selected,1,1,f);
fwrite(&o->ID,4,1,f);
bool Linear=o->Primitive==aDDict_LINEARSMOOTH;
fwrite(&Linear,1,1,f);
fwrite(&o->Param1,4,1,f);
fwrite(&o->Param2,4,1,f);
}
void SaveClone(FILE *f, OBJECT *o)
{
int cnt=0;
int x;
for (x=0; x<o->Param1; x++)
{
if (!((OBJECT*)(((int*)o->Param3)[x]))->Deleted) cnt++;
}
int size=strlen(o->ListItem->Name)+1+1+4+4+cnt*4+1+sizeof(MATRIX);
int i=CLN0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(o->ListItem->Name,1,strlen(o->ListItem->Name),f);
fprintf(f,"%c",0);
fwrite(&o->ListItem->Selected,1,1,f);
fwrite(&o->ID,4,1,f);
fwrite(&cnt,4,1,f);
for (x=0; x<o->Param1; x++)
{
if (!((OBJECT*)(((int*)o->Param3)[x]))->Deleted)
{
fwrite(&((int*)o->Param2)[x],4,1,f);
}
}
fwrite(&o->Primitive,1,1,f);
fwrite(o->ModelView,1,sizeof(MATRIX),f);
}
void SaveWorldChunk(FILE *f, WORLD *w)
{
int size=strlen(w->Name)+1+sizeof(CAMERA)-16+8*sizeof(LIGHT)+3+5+1+2*4;
int i=WRL2;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(w->Name,strlen(w->Name),1,f);
fprintf(f,"%c",0);
fwrite(&w->ID,1,4,f);
fwrite(&w->Camera,1,sizeof(CAMERA)-16,f);
fwrite(w->Lights,8,sizeof(LIGHT),f);
fwrite(&w->Fog,1,1,f);
fwrite(w->FogCol,3,1,f);
fwrite(&w->FogStart,4,1,f);
fwrite(&w->FogEnd,4,1,f);
fwrite(&w->Lighting,1,1,f);
}
void SaveWorldObjectChunk(FILE *f, WORLDOBJECT *w)
{
int size=strlen(w->ListItem->Name)+1+4+4+4+sizeof(RST)+sizeof(GLuint)*2+1+8+2+8+8+3+4+5*4*2+12+4+12+4+2+4+4+4+12+1+2;
int i=WRO5;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(w->ListItem->Name,strlen(w->ListItem->Name),1,f);
fprintf(f,"%c",0);
fwrite(&w->ID,1,4,f);
fwrite(&w->ParentID,1,4,f);
fwrite(&w->Primitive,1,4,f);
fwrite(&w->PosData,1,sizeof(RST),f);
fwrite(&w->SRCBlend,1,sizeof(GLuint),f);
fwrite(&w->DSTBlend,1,sizeof(GLuint),f);
if (w->Data)
{
if (w->Primitive==aDDict_SCENE)
fwrite(&((SCENE*)w->Data)->ID,1,4,f);
else
if (w->Primitive==aDDict_SUBSCENE)
fwrite(&((WORLD*)w->Data)->ID,1,4,f);
}
else
{
int a=-1;
fwrite(&a,1,4,f);
}
fwrite(&w->Textured,1,1,f);
if (w->Material)
{
fwrite(&w->Material->TextureID,4,1,f);
fwrite(&w->Material->SlotNumber,4,1,f);
}
else
{
int i=-1;
fwrite(&i,4,1,f);
fwrite(&i,4,1,f);
}
if (w->EmitterData)
{
fwrite(&w->EmitterData->Head,1,1,f);
fwrite(&w->EmitterData->Tail,1,1,f);
fwrite(&w->EmitterData->DefaultAge,4,1,f);
fwrite(&w->EmitterData->AgeChaos,4,1,f);
fwrite(&w->EmitterData->ParticlesPerFrame,4,1,f);
fwrite(&w->EmitterData->MaxParticles,4,1,f);
fwrite(&w->EmitterData->ObjectHead,1,1,f);
fwrite(&w->EmitterData->TailLength,1,1,f);
fwrite(&w->EmitterData->TailLength2,1,1,f);
fwrite(&w->EmitterData->ObjectHeadSceneID,4,1,f);
fwrite(w->EmitterData->Color1,4,5,f);
fwrite(w->EmitterData->Color2,4,5,f);
fwrite(&w->EmitterData->Param1,4,1,f);
fwrite(&w->EmitterData->Param2,4,1,f);
fwrite(&w->EmitterData->Size,4,1,f);
fwrite(&w->EmitterData->Rotspeed,4,1,f);
fwrite(&w->EmitterData->RotChaos,4,1,f);
fwrite(&w->EmitterData->CamFade,4,1,f);
}
else
{
char ures[2+8+8+3+4+5*4*2+12+12];
memset(ures,0,2+8+8+3+4+5*4*2+12+12);
fwrite(ures,1,2+8+8+3+4+5*4*2+12+12,f);
}
fwrite(&w->Color,4,1,f);
fwrite(&w->ZMask,1,1,f);
fwrite(&w->AEpsilon,1,1,f);
if (w->EmitterData)
{
fwrite(&w->EmitterData->Speed,4,1,f);
fwrite(&w->EmitterData->SpeedChaos,4,1,f);
fwrite(&w->EmitterData->DirChaos,4,1,f);
fwrite(w->EmitterData->Dir.a,12,1,f);
}
else
{
char ures[24];
memset(ures,0,24);
fwrite(ures,1,24,f);
}
fwrite(&w->ListItem->Selected,1,1,f);
if (w->EmitterData)
{
fwrite(&w->EmitterData->RandRotate,1,1,f);
fwrite(&w->EmitterData->FixedUp,1,1,f);
}
else
{
char ures[24];
memset(ures,0,24);
fwrite(ures,1,2,f);
}
}
void SaveSplineData(FILE *f, SPLINE *s)
{
fwrite(&s->KeyNum,1,4,f);
fwrite(&s->Interpolation,1,4,f);
for (int x=0; x<s->KeyNum; x++)
{
fwrite(&s->Keys[x].Time,1,4,f);
fwrite(&s->Keys[x].Value,1,4,f);
}
}
void SaveWorldAnimChunk(FILE *f, ANIMDATA *w)
{
int size=strlen(w->Name)+1+8*7*8+4;
int x;
for (x=0; x<8; x++)
{
size+=w->Lights[x].ARed->KeyNum*8;
size+=w->Lights[x].AGreen->KeyNum*8;
size+=w->Lights[x].ABlue->KeyNum*8;
size+=w->Lights[x].Red->KeyNum*8;
size+=w->Lights[x].Green->KeyNum*8;
size+=w->Lights[x].Blue->KeyNum*8;
size+=w->Lights[x].Lit->KeyNum*8;
}
int i=WRA0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(&w->AnimID,1,4,f);
fwrite(w->Name,strlen(w->Name),1,f);
fprintf(f,"%c",0);
for (x=0; x<8; x++)
{
SaveSplineData(f,w->Lights[x].ARed);
SaveSplineData(f,w->Lights[x].AGreen);
SaveSplineData(f,w->Lights[x].ABlue);
SaveSplineData(f,w->Lights[x].Red);
SaveSplineData(f,w->Lights[x].Green);
SaveSplineData(f,w->Lights[x].Blue);
SaveSplineData(f,w->Lights[x].Lit);
}
}
void SaveWorldCamAnimChunk(FILE *f, CAMSPLINES *w)
{
int size=strlen(w->Name)+1+4+8*8+8*(w->Eyex->KeyNum+
w->Eyey->KeyNum+
w->Eyez->KeyNum+
w->Trgx->KeyNum+
w->Trgy->KeyNum+
w->Trgz->KeyNum+
w->Fov->KeyNum+
w->Roll->KeyNum);
int i=CAM0;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(w->Name,strlen(w->Name),1,f);
fprintf(f,"%c",0);
fwrite(&w->CamID,1,4,f);
SaveSplineData(f,w->Eyex);
SaveSplineData(f,w->Eyey);
SaveSplineData(f,w->Eyez);
SaveSplineData(f,w->Trgx);
SaveSplineData(f,w->Trgy);
SaveSplineData(f,w->Trgz);
SaveSplineData(f,w->Fov);
SaveSplineData(f,w->Roll);
}
void SaveWorldObjAnimChunk(FILE *f, DEFAULTOBJECTSPLINES *w)
{
int size= 18*8+8*(w->Red->KeyNum+
w->Green->KeyNum+
w->Blue->KeyNum+
w->Alpha->KeyNum+
w->Size->KeyNum+
w->Prtfrme->KeyNum+
w->AnimTime->KeyNum+
w->AnimID->KeyNum+
w->Posx->KeyNum+
w->Posy->KeyNum+
w->Posz->KeyNum+
w->Rotx->KeyNum+
w->Roty->KeyNum+
w->Rotz->KeyNum+
w->Rotw->KeyNum+
w->Sclx->KeyNum+
w->Scly->KeyNum+
w->Sclz->KeyNum);
int i=WOA2;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
SaveSplineData(f,w->Red);
SaveSplineData(f,w->Green);
SaveSplineData(f,w->Blue);
SaveSplineData(f,w->Alpha);
SaveSplineData(f,w->Size);
SaveSplineData(f,w->Prtfrme);
SaveSplineData(f,w->AnimTime);
SaveSplineData(f,w->AnimID);
SaveSplineData(f,w->Posx);
SaveSplineData(f,w->Posy);
SaveSplineData(f,w->Posz);
SaveSplineData(f,w->Rotx);
SaveSplineData(f,w->Roty);
SaveSplineData(f,w->Rotz);
SaveSplineData(f,w->Rotw);
SaveSplineData(f,w->Sclx);
SaveSplineData(f,w->Scly);
SaveSplineData(f,w->Sclz);
}
void SaveEventChunk(FILE *f, EVENT *w)
{
bool Save=true;
switch (w->Effect->Type)
{
case 2:
if (!((PARTICLETEMPLATE*)w->EffectData)->World) Save=false;
break;
case 7:
if (!((DISPLAY3DTEMPLATE*)w->EffectData)->World) Save=false;
break;
case 8:
if (!((DISPLAY3DTEMPLATE*)w->EffectData)->World) Save=false;
break;
}
if (Save)
{
int size=30+4+8+4+4+40+40+32+w->Effect->DataSize;
int i=EVT2;
fwrite(&i,1,4,f);
fwrite(&size,1,4,f);
fwrite(w->Name,1,30,f);
fwrite(&w->Num,1,4,f);
fwrite(&w->StartFrame,1,4,f);
fwrite(&w->EndFrame,1,4,f);
fwrite(&w->Effect->Type,1,4,f);
fwrite(&w->Pass,1,4,f);
fwrite(&w->iParameters,10,4,f);
fwrite(&w->fParameters,10,4,f);
fwrite(&w->sx1,1,4,f);
fwrite(&w->sy1,1,4,f);
fwrite(&w->sx2,1,4,f);
fwrite(&w->sy2,1,4,f);
fwrite(&w->ex1,1,4,f);
fwrite(&w->ey1,1,4,f);
fwrite(&w->ex2,1,4,f);
fwrite(&w->ey2,1,4,f);
switch (w->Effect->Type)
{
case 0: //NO EFFECT
fwrite(w->EffectData,1,w->Effect->DataSize,f);
break;
case 1: //2D LAYER
{
fwrite(w->EffectData,1,w->Effect->DataSize-4,f);
int i=0;
MATERIAL *m=((LAYER2DTEMPLATE*)w->EffectData)->Texture;
if (m)
{
fwrite(&m->TextureID,1,3,f);
fwrite(&m->SlotNumber,1,1,f);
}
else
fwrite(&i,4,1,f);
}
break;
case 2: //PARTICLE RENDER
{
int i=((PARTICLETEMPLATE*)w->EffectData)->World->ID;
fwrite(&i,1,4,f);
fwrite(&((PARTICLETEMPLATE*)w->EffectData)->CamID,4,1,f);
fwrite(&((PARTICLETEMPLATE*)w->EffectData)->AnimID,4,1,f);
fwrite(&((PARTICLETEMPLATE*)w->EffectData)->AnimStart,4,1,f);
fwrite(&((PARTICLETEMPLATE*)w->EffectData)->AnimEnd,4,1,f);
}
break;
case 3: //CLEAR
fwrite(w->EffectData,1,w->Effect->DataSize,f);
break;
case 4: //RENDERTEXTURE
fwrite(w->EffectData,1,w->Effect->DataSize,f);
break;
case 5: //FEEDBACK
fwrite(w->EffectData,1,w->Effect->DataSize,f);
break;
case 7: //3D SCENE
{
int i=((DISPLAY3DTEMPLATE*)w->EffectData)->World->ID;
fwrite(&i,1,4,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->CamID,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->AnimID,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->CamStart,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->CamEnd,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->AnimStart,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->AnimEnd,4,1,f);
fwrite(&((DISPLAY3DTEMPLATE*)w->EffectData)->DontSaveCam,1,1,f);
}
break;
case 8: //PARTICLE RESET
{
int i=((DISPLAY3DTEMPLATE*)w->EffectData)->World->ID;
fwrite(&i,1,4,f);
}
break;
case 12: //GRIDFILL
{
fwrite(w->EffectData,1,w->Effect->DataSize-4,f);
int i=0;
MATERIAL *m=((GRIDFILLERTEMPLATE*)w->EffectData)->Texture;
if (m)
{
fwrite(&m->TextureID,1,3,f);
fwrite(&m->SlotNumber,1,1,f);
}
else
fwrite(&i,4,1,f);
}
break;
case 13: //CAVE
{
fwrite(w->EffectData,1,w->Effect->DataSize-4,f);
int i=0;
MATERIAL *m=((CAVETEMPLATE*)w->EffectData)->Texture;
if (m)
{
fwrite(&m->TextureID,1,3,f);
fwrite(&m->SlotNumber,1,1,f);
}
else
fwrite(&i,4,1,f);
}
break;
default:
fwrite(w->EffectData,1,w->Effect->DataSize,f);
}
}
}
void __stdcall SaveProject(cINTERFACE* Interface, int ButtonId)
{
FILE *f;
if (Interface->ItemList[ButtonId].Reading)
{
if (CommandLineEnter)
{
Interface->ItemList[ButtonId].ReadLine=CommandLine;
Interface->ItemList[ButtonId].Reading=false;
}
if (CommandLineEnter && strcmp(CommandLine,""))
{
char* NewLine=new char[strlen(CommandLine)+strlen(ProjectDir)+10];
memset(NewLine,0,strlen(CommandLine)+strlen(ProjectDir)+10);
if (!strstr(CommandLine,".dmo\0"))
sprintf(NewLine,"%s/%s.dmo\0",ProjectDir,CommandLine);
else
sprintf(NewLine,"%s/%s",ProjectDir,CommandLine);
f=fopen(NewLine,"rb");
bool Exists=false;
if (f) { Exists=true; fclose(f); }
bool Proceed=true;
if (Exists)
{
Proceed=!(MessageBox(NULL,"Overwrite it?", "File exists.",MB_OKCANCEL|MB_ICONEXCLAMATION)==IDCANCEL);
if (Proceed)
{
char* NewLine2=new char[255];
_snprintf(NewLine2,255,"%s.bak\0",NewLine);
FILE *k=fopen(NewLine2,"rb");
if (k)
{
remove(NewLine2);
fclose(k);
}
rename(NewLine,NewLine2);
delete NewLine2;
}
}
if (Proceed)
{
LastFileName=new char[256];
_snprintf(LastFileName,256,"%s\0",CommandLine);
f=fopen(NewLine,"w+b");
if (f)
{
fwrite("aDDict2P",8,1,f);
//for (TEXTURE *t=TextureList; t; t=t->Next) SaveTextureChunk(f,t);
for (ITEM *i=TextureListScroller->List; i; i=i->Next)
{
SaveTextureChunk(f,(TEXTURE*)i->Data);
}
for (ITEM *it=PolySelections->List; it; it=it->Next)
{
if (it->Name[0]=='P')
SavePolySelectChunk(f,it);
else
SaveVertexSelectChunk(f,it);
for (ITEM *k=((ITEMLIST*)it->Data)->List;k;k=k->Next)
{
SaveBrushChunk(f,k);
}
}
for (SCENE *s=Scenes; s; s=s->Next)
{
SaveSceneChunk(f,s);
for (int x=0; x<s->ObjectNum; x++)
if (!s->ObjectList[x].Deleted)
{
switch (s->ObjectList[x].Primitive)
{
case aDDict_BOX:
case aDDict_SPHERE:
case aDDict_CYLINDER:
case aDDict_CONE:
case aDDict_PLANE:
case aDDict_ARC:
case aDDict_LINE:
case aDDict_LOFT:
case aDDict_ICOSAEDER:
case aDDict_DODECAEDER:
case aDDict_CIRCLE:
case aDDict_STORED:
case aDDict_FUR:
case aDDict_SUPERSHAPE:
SaveObjectChunk(f,&s->ObjectList[x]);
break;
case aDDict_MAPXFORM:
SaveMapxform(f,&s->ObjectList[x]);
break;
case aDDict_CLONE:
SaveClone(f,&s->ObjectList[x]);
break;
case aDDict_LINEARSMOOTH:
case aDDict_BUTTERFLYSMOOTH:
case aDDict_MESHBLUR:
SaveMeshSmooth(f,&s->ObjectList[x]);
break;
}
}
}
for (WORLD *w=Worlds; w; w=w->Next)
{
SaveWorldChunk(f,w);
int x;
for (x=0; x<w->AnimNum; x++)
if (!w->Animations[x].Deleted)
{
SaveWorldAnimChunk(f,&w->Animations[x]);
}
for (x=0; x<w->CamNum; x++)
if (!w->CamAnims[x].Deleted)
{
SaveWorldCamAnimChunk(f,&w->CamAnims[x]);
}
for (x=0; x<w->ObjectNum; x++)
if (!w->ObjectList[x].Deleted)
{
SaveWorldObjectChunk(f,&w->ObjectList[x]);
for (int y=0; y<w->AnimNum; y++)
{
SaveWorldObjAnimChunk(f,&w->ObjectList[x].Animations[y]);
}
}
}
for (EVENT *e=EventList; e; e=e->Next)
{